基本释义:

阴极激活度

网络释义

1)activity of cathode,阴极激活度

2)Cathode activation,阴极激活

3)activation of GaN photo-cathodes,GaN光电阴极激活

4)activation of filament,灯丝(阴极)激活

5)Cathode disintegration and activation,阴极分解与激活工艺

6)cathode excitation,阴极激发

用法和例句

The basic fabrication processes of FED were introduced, including cathode activation technology and thin film sputtering technology.

介绍了国内外平板显示器,特别是场致发射显示器(FED)的市场预测和主要研究单位以及FED显示器的基本制作工艺流程,包括阴极激活和真空镀膜技术,论述了阴极激活技术及其对提高FED阴极发射能力的作用。

Influences of vacuum pressure on activation results of MBE GaAs photocathodes

真空度对MBE GaAs光阴极激活结果的影响

Similarities and Differences Between Negative Electron Affinity GaN and GaAs Photocathode Activation Mechanisms

NEA GaN和GaAs光电阴极激活机理对比研究

Activation mechanism of negative electron affinity GaN photocathode

负电子亲和势GaN光电阴极激活机理研究

hollow cathode copper halide laser

空心阴极卤化铜激光器

hollow cathode aluminum ion laser

空心阴极铝离子激光器

Influence of different Cs-to-O current ratios on sensitivity and stability of activating GaAs photocathodes

不同Cs、O电流比激活对GaAs光阴极灵敏度和稳定性的影响

Electrochemical Properties of LiCoO_2 Thin Film Cathode Sputtered by Pulsed Laser Deposition

脉冲激光沉积法制备LiCoO_2薄膜阴极

Design, Preparation and Characterization of Electrode with Catalytic Activity for Hydrogen Evolution Reaction;

催化析氢活性阴极设计、制备与表征

Preparation and Study on the Raney Ni-Mo Active Cathode

雷尼Ni-Mo活性阴极的制备与研究

Electrocatalytic behavior of active iron-based cathodes with zirconium

含锆铁基合金活性阴极的电催化性能

bootstrap driver

自举激励器;阴极输出激励器;有仿真线路的激励器

A quasi-CW power supply for experimental study of HCD lasers

一种用于空阴极激光器实验研究的准连续电源

cold cathode lamp

冷阴极电子管,冷阴极灯

Containing or producing the type of electric charge carried by electrons

（电）阴极的，负极的

The Preparation and Study of the Activated Anode for Hydrogen Evolution Used in Chlor-alkali Industry;

氯碱工业用析氢活性阴极的制备与研究

Preparation of Ni-Mo-P Active Cathode and Its Hydrogen Evolution Behabvior in Chlor-alkali Electrolyte Solution

Ni-Mo-P活性阴极制备及析氢行为的研究

Lanthanum Ultra-Fine Particles of La_2O_3-Mo Thermionic Cathode Surface Active Layer

镧钼热阴极表面活性层中的镧超微粒子

For Shadows to be rendered, they must be enabled at a global level.

要渲染的阴影必须在世界级别上被激活。